2600B系列系統(tǒng)數(shù)字源表源測量單元（SMU）儀表是業(yè)界的電流/電壓源 與測量解決方案，它是利用吉時利第三代源測量單元（SMU）技術建造的。2600B 系列產(chǎn)品包括單通道和雙通道型號，集成了高精密電源、真正電流源、6位半數(shù)字多用表（DMM）、任意波形發(fā)生器、脈沖發(fā)生器以及電子負載等功能——這些功能都在一個高度集成的儀器機箱內(nèi)。這是一個功能強大的解決方案，大大提高了從臺式 I/V特性分析道高度自動化生產(chǎn)測試等各種應用中的測試效率。對于臺式應用，2600B系列數(shù)字源表內(nèi)置基于Java的測試軟件，支持即插即用I/V測試，可以通過世界各地任何計算機瀏覽器運行。對于自動化系統(tǒng)應用，2600B系列數(shù)字源表的測試腳本處理器(TSP)，可以運行儀器內(nèi)存儲的完整測試程序，實現(xiàn)業(yè)界的吞吐量。在更大型的多通道應用中，吉時利的TSP-Link技術與TSP協(xié)同工作，實現(xiàn)了高度、SMU-per-pin并行測試。由于2600B系列數(shù)字源表源測量單元（SMU）儀表具有不需要主機的、隔離的通道，因此，可以根據(jù)測試應用需求的進展，很容易進行重新配置和重新部署。
2400型軟件仿真
2600B系列數(shù)字源表，與為吉時利2400 型數(shù)字源表源測量單元（SMU）儀表開發(fā)的測試代碼兼容。這使得基于2400型數(shù)字源 表的測試系統(tǒng)更容易地升級至2600B系列， 并使測試速度提高高達80%。此外，它還提供了從SCPI編程轉(zhuǎn)到吉時利TSP技術的過渡路徑，實施后，可以進一步縮短測試時間。
為了全面支持遺留的測試系統(tǒng)，在這個模式下，還支持2400型源存儲清單測試序列。
第三代SMU設計，確保實現(xiàn)更快的測試時間
在早期2600系列儀器成熟的架構基礎 上，2600B系列的源測量單元（SMU） 儀表設計從幾個方面提高了測試速度。例 如，早期的設計采用的是并聯(lián)電流量程調(diào) 節(jié)結構，而2600 B系列采用了已申請 的串聯(lián)量程調(diào)節(jié)結構，這種結構具有更快 更平滑的量程變換過程和穩(wěn)定速度更快的 輸出。
The 2600B series system digital source meter source measurement unit (SMU) meter is the industry's leading current/voltage source and measurement solution. It is built using keesley third generation source measurement unit (SMU) technology. The 2600B series includes both single-channel and dual-channel models that integrate high precision power supplies, true current sources, 6-bit half-digital multimeters (DMM), arbitrary waveform generators, pulse generators, and electronic loads -- all in a highly integrated instrument case. This is a powerful solution that greatly improves test efficiency in a variety of applications, from desktop I/V feature analysis to highly automated production testing. For desktop applications, the 2600B series digital source tables come with built-in java-based test software that supports plug and play I/V testing and can be run in any computer browser anywhere in the world. For automated system applications, the 2600B series digital source table test script processor (TSP) can run a complete test program stored in the instrument to achieve the best throughput in the industry. In larger multi-channel applications, keesley's tsp-link technology works with the TSP to achieve high, smus-per-pin parallel testing. As the 2600B series digital source meter source measurement unit (SMU) meters have completely isolated channels that do not require a host, they can be easily reconfigured and redeployed as test application requirements evolve.
Type 2400 software simulation
The 2600B series digital sourcemeter is compatible with the test code developed for the SMU meter for the guildsley type 2400 digital sourcemeter. This makes it easier to upgrade the test system based on the type 2400 digital source table to the series 2600B and increases the test speed by up to 80%. In addition, it provides a transition path from SCPI programming to gilly TSP technology, which can further reduce test time.
In order to fully support the legacy test system, the type 2400 source store inventory test sequence is also fully supported in this pattern.
The third-generation SMU is designed to ensure faster test times
Building on the mature architecture of the earlier 2600 series instruments, the latest SMU instrument design for the 2600B series improves test speed in several ways. For example, the earlier design used a parallel current range adjustment structure, while the 2600 B series USES a patented series range adjustment structure with a faster and smoother range transformation process and faster output stability.
